Inlet Phase: As the gears rotate, the hydraulic fluid from the reservoir is drawn into the pump through the inlet port.
The meshing gears create a sealed chamber, separating the inlet side from the outlet side.
Meshing Phase: The gears continue to rotate, and the fluid is trapped between the gear teeth and the pump casing. This action effectively reduces the volume of the trapped fluid, causing an increase in pressure.
Outlet Phase: As the gears complete their rotation, the trapped fluid is pushed toward the outlet port of the pump. The pressure generated in this process allows the hydraulic fluid to exit the pump and flow into the hydraulic system to perform various tasks, such as actuating hydraulic cylinders or motors.
Performance:
The 5C2 40022COM hydraulic gear pump offers consistent and reliable performance.
Its efficiency and flow rate are dependent on factors like the pump size, rotational speed, and the viscosity of the hydraulic fluid being used. It is essential to select the appropriate pump size and specifications to ensure optimal performance within a hydraulic system.
Construction Machinery: It powers the hydraulic systems in excavators, loaders, and bulldozers, allowing for precise control of attachments and movements.
Agriculture: Tractors and farming equipment utilize these pumps for tasks such as raising and lowering implements, steering, and powering hydraulic brakes.
Manufacturing: Hydraulic gear pumps are used in manufacturing equipment for processes like injection molding, metal forming, and hydraulic presses.
Material Handling: Forklifts and conveyor systems often incorporate hydraulic gear pumps for efficient material handling operations.
Automotive: Hydraulic gear pumps can be found in some vehicle power steering systems, aiding in effortless steering control.
